In order to realize the real-time remote collection of energy consumption data for high-power forging equipment and provide a more sufficient basis for energy saving and consumption reduction of forging production, the analysis system and energy consumption collection of high-power forging equipment were researched. For the high-power forging equipment, based on the field bus and industrial Ethernet technology principles, a four-tier technology architecture of energy consumption centralized monitoring system was constructed including data collection, communication network, data management and data analysis layers. Considering the forging environment，a method for energy consumption collection of high-power forging equipment and an energy consumption collection and analysis system based on B/S architecture were designed, and the data collection，monitoring and analysis were achieved. Finally, the theoretical calculation of the collected energy consumption data and the comparison of the system results were compared to verify the accuracy of the energy consumption data and the practicability of the system implementation.